The Ruger Super Blackhawk Hunter in 44 Special offers a combination of durability and precision for firearm enthusiasts. Crafted with a stainless steel frame and satin finish, this revolver provides corrosion resistance and a sleek appearance. Its 7.5-inch barrel enhances accuracy and momentum, making it suitable for hunting and target shooting. The large frame design ensures stability during firing, while the satin stainless steel finish on the cylinder and barrel adds a refined touch. The revolver features an exposed hammer for easy cocking and a SAO (single action only) mechanism for precise shot placement. Included with the firearm are scope rings, allowing for easy scope mounting for enhanced targeting capabilities. The revolver's weight of approximately 52 ounces offers a balanced feel, reducing recoil and improving handling during extended shooting sessions. The Bisley Black Laminate grips provide a comfortable, non-slip hold, further improving shooting control. Adjustable rear sights paired with a ramp front sight enable quick target acquisition, essential for hunting or target practice. The large frame size and 6-round capacity make this revolver a reliable choice for serious shooters. Overall, the Ruger Super Blackhawk Hunter combines rugged construction with precision features, making it a versatile firearm for various shooting applications.
Features:
- Stainless Steel Frame: Provides corrosion resistance and durability
- 7.5-inch Satin Stainless Barrel: Enhances accuracy and momentum
- Large Frame Size: Ensures stability and balanced handling
- Exposed Hammer: Facilitates easy cocking and firing
- SAO Action: Single action only for precise shot control
- 6-Round Capacity: Ample for hunting and target shooting
- Bisley Black Laminate Grips: Offer a comfortable, non-slip hold
- Adjustable Rear Sights with Ramp Front: Enable quick and accurate target acquisition
- Includes Scope Rings: Allows for scope mounting to improve precision
- Satin Finish on Cylinder and Barrel: Adds a sleek, corrosion-resistant surface
